cold shrink insulating tube
Short Description:
The communication cold shrinkage tube is made of silicone rubber and is pre-expanded on a removable support tube, contracting at room temperature due to its elastic retraction force. Additionally, it features an internal lining of mastic, enhancing the product's sealing performance.
Product details
Introduction to communication cold shrinkage tube
The communication cold shrinkage tube is made of silicone rubber and is pre-expanded on a removable support tube, contracting at room temperature due to its elastic retraction force. Additionally, it features an internal lining of mastic, enhancing the product's sealing performance. It boasts advantages such as insulation, sealing, protection, compact size, convenient and rapid operation, no need for specialized tools, and a wide range of applications. Compared to heat shrinkage products, it eliminates the need for tool-assisted heating and maintains tight sealing even under thermal expansion and contraction, preventing gaps from forming due to these changes.
Product Features
1. Easy to install, requiring only manual operation, without the need for heating or using specialized tools, and no hot melt adhesive or tape is required at the joint for enhanced sealing;
2. Suitable for connecting and sealing a wide range of cables of different specifications, it can be used for power and communication cables in indoor, outdoor, overhead, submerged, or buried applications;
3. Strong resilience, large radial retraction force, small permanent deformation, maintaining constant radial pressure on the cable even after long-term use, tight sealing, and excellent moisture-proof, waterproof, and dustproof performance;
4. Due to its excellent resilience and "elastic memory", EPDM can "breathe" with the seals, thus achieving excellent sealing effects. It can maintain very good sealing performance even in dynamic environments where it is swayed by wind;
5. Excellent resistance to salt spray corrosion, acid and alkali, ozone aging, weather aging, and ultraviolet aging;
6. High mechanical strength, good flexibility, and excellent physical and mechanical properties such as resistance to puncture, wear, flexing, and fatigue.
